Thinker X400
LCD 3D Printer L10
Hyper Speed TPU
Standard TPU 90A Filament
Standard TPU 95A Filament
TPU Rainbow-95A
Ultra Silk PLA
Standard PLA
Silk Tri-color PLA
More
Standard PETG
PETG-GF
PETG-CF
Hyper Speed PETG
PA6/12-GF
Standard ASA
Hyper Speed ASA
ASA Glass Fiber
ASA Carbon Fiber
ABS Glass Fiber
ABS Carbon Fiber
Hpyer Speed ABS Filament
Water Washable Resin
Low Odor Resin
ABS Like Resin
Core Guide to 3D Printing with PP (Polypropylene)
Polypropylene (PP) is a commonly used thermoplastic material in 3D printing. Its core advantages are being lightweight and durable, making it suitable for both functional prototypes and ready-to-use finished parts. It combines flexibility, chemical resistance, and durability, and can withstand long-term stress or harsh environments. It is a practical material bridging traditional manufacturing and 3D printing.
Introduction to Polyphenylene Sulfide-Carbon Fiber Composite (PPS-CF)
PPS-CF (Polyphenylene Sulfide-Carbon Fiber Composite) is a high-performance thermoplastic material modified by blending pure PPS matrix with 5%-30% carbon fiber. It combines the heat resistance and chemical resistance of PPS with the high rigidity and strength advantages of carbon fiber, making it a preferred material for high-end precision functional components. Among them, ERYONE brand PPS-CF, with optimized formulation, can maintain excellent performance under mild printing parameters, demonstrating significant application advantages.
Eryone Thinker X400 Hot End Upgrade is Coming! 350°C High Temperature Unlocks New Possibilities for High-Performance 3D Printing
Thinker X400 In-Depth Review: Redefining the Speed and Scale of Industrial-Grade 3D Printing
3D Printing Filament Moisture Prevention Guide: A Practical Handbook from Identification to Resolution
Opening: Moisture – The "Invisible Killer" of 3D Printing
The success of 3D printing depends not only on equipment precision and parameter settings but also on the dryness of the filament, which is equally a core influencing factor. Most commonly used thermoplastic printing filaments (such as PETG, nylon, and TPU) are hygroscopic and will quietly absorb moisture from the air. These seemingly harmless moisture droplets will instantly vaporize when heated to high temperatures by the printer nozzle during printing. The resulting water vapor disrupts the continuous extrusion of the filament, not only leaving the printed parts full of defects but also potentially damaging the nozzle, causing clogs, and leading to unnecessary losses.
Comprehensive Analysis of Carbon Fiber-Reinforced 3D Printing Filaments
ERYONE Concludes a Successful Showcase at Formnext Germany 2025
Frankfurt, Germany — ERYONE proudly announces the successful conclusion of its participation in Formnext 2025...
Set Temp ≠ Actual Extrusion Temp
Many 3D printing users hold a common misconception - believing that the temperature set in slicing software equals the actual extrusion temperature of the material...
Optimizing Processes to Unleash Metallic Sheen in PLA Silk 3D Printing
In recent years, 3D printing technology has continued to innovate, achieving significant progress in materials science and printing processes.
Is PETG Food Safe
When considering the safety of PETG filament for food-related applications, it’s important to understand what qualifies a material as food safe...